Aquatuning AT-Protect-UV blue/clear 1000ml

Ready to use coolant which can be poured into the cooling loop without further mixing or dilution. Specially developed for closed cooling loops, highly effective and long-term stable anticorrosive for PC cooling systems. Suitable for loops with multiple different materials (e.g. Copper, brass, plastics, gaskets). The corrosion inhibitors work effectively and protect your system over a long period of time.
Metering is easy, as AT-Protect is filled into the cooling loop undiluted and without further mixing. To ensure proper functionality of the coolant no additional dilution (e.g. with water) is permissible. AT-Protect is non-odorous, colourfast, non-flocking and lights in its characteristic colour when exposed to UV light.
AT-Protect UV blue contains no Gylsantine or glycol and hence does not reduce the heat absorption of the water. It is hence perfect for use in high-performance water cooling systems.

Features:
- Low electrical conductivity
- Extra-pure distilled / de-ionized water with an electrical conductivity of 1μS/cm is used in the production of this coolant
- Contains additives against algae and corrosion inhibitors
- High-quality colour pigments vreate intense, staurated and bright colours
- Not aggressive against Acrylic, Acetal, rubber or other gasket materials
- Conforms with RoHS regulations

Technical specifications:
Colour: Clear
Fluorescence: UV blue
Content: 1000ml

Warning:
Contains Benzotriazol (non respirable). Keep out of the reach of children. In case of contact rinse immediately with plenty of water and seek medical advice.

Note: Manufacturing residues in radiators may lead to unwanted reactions, hence this product must be used with cleaned radiators.

This product was tested for you:
Hardware Factory

Please note:
As this coolant contains colouring additives, it can not be ruled out that it may stain e.g. clothing or other textiles upon contact. Please also note that colouring additives fade with time, hence possibly resulting in lessening colour intensity over time.